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Moulding & Trim
METRIE® IS NORTH AMERICA’S LEADING Metrie products distributed by: MANUFACTURER AND DISTRIBUTOR OF INTERIOR INTERIOR FINISHINGS. Our industry position has allowed us the resources, strength and leadership to create solutions that make it easier for MOULDING & TRIM consumers and design professionals to select, purchase and design with interior mouldings and doors. 19950 - 101 AVENUE LANGLEY, BC V1M 3G6 MET-480-LAN_0618 Printed in Canada T: 604.882.5500 F: 604.888.5242 ® © 2018 Metrie 2018 © METRIE.COM WHO WE ARE UNMATCHED QUALITY Since our beginnings as a small family-owned business in 1926, our Our mills allow us the flexibility to provide dedication to creating high-quality, finely crafted architectural elements the right solutions to the markets we serve, understanding regional differences and has helped us grow to become the largest supplier and manufacturer of adhering to strict specification standards. solid wood and composite moulding in North America. In addition, we have the ability to design, test and produce exclusive profiles to satisfy a custom order or to stay on top of the latest home trends. We have full in-house CAD METRIE.COM capabilities and use computer-generated templates to manufacture profiles to extremely tight tolerances. Metrie has built a reputation for setting some of the highest industry standards. DESIGN – PARTNERSHIP – CRAFTSMANSHIP Our success is driven by a commitment to deliver excellence rooted in design, partnership and craftsmanship. Our attention MANUFACTURING EXCELLENCE We believe beauty is in the details, and to the details know that even the smallest of details helps people Metrie operates five domestic manufacturing facilities between adds up to create big differences. -
Learning the Hand-Drill Method of Fire-By-Friction
Learning the Hand-Drill Method for Fire-by-Friction by Kato Haws Friction fires are not very practical, but they can be fun. The hand-drill method is less technical than the bow-drill method. You can learn to do it. The following are some ideas of how to proceed: Cut a 3/8” dry horseweed stalk about 24” long for your spindle, and check to see if it is straight. (Horseweed is very wide spread. See Wikipedia for pictures of horseweed). If necessary straighten the spindle using a heat source. Heat it, bend it, remove it from the heat source, and hold it straight as it cools. It is important to have a straight spindle. It is possible to find horseweed stalks that are straight, it just takes more looking. Cut or split a baseboard of white cedar fencing (no hole cedar) from the lumberyard about 11” long and 3/8” thick. I personally mark the board with a straight edge and a pencil and then cut it with a saber saw, but many methods can be used. A table saw would be ideal if you have one and know how to use it properly. Using a knife make a 3/8” dimple about an inch from the end of the baseboard. Spin the spindle in the dimple to seat it in. You don’t have to get actual smoke at this point. The main thing is to make sure exactly the spindle wants to spin before proceeding. Cut an inverted “V” from the edge of the baseboard toward the center of the dimple. -
Build a Plane That Cuts Smooth and Crisp Raised Panels With, Against Or Across the Grain – the Magic Is in the Spring and Skew
Fixed-width PanelBY WILLARD Raiser ANDERSON Build a plane that cuts smooth and crisp raised panels with, against or across the grain – the magic is in the spring and skew. anel-raising planes are used Mass., from 1790 to 1823 (Smith may to shape the raised panels in have apprenticed with Joseph Fuller doors, paneling and lids. The who was one of the most prolific of the profile has a fillet that defines early planemakers), and another similar Pthe field of the panel, a sloped bevel example that has no maker’s mark. to act as a frame for the field and a flat Both are single-iron planes with tongue that fits into the groove of the almost identical dimensions, profiles door or lid frame. and handles. They differ only in the I’ve studied panel-raising planes spring angles (the tilt of the plane off made circa the late 18th and early 19th vertical) and skew of the iron (which centuries, including one made by Aaron creates a slicing cut across the grain to Smith, who was active in Rehoboth, reduce tear-out). The bed angle of the Smith plane is 46º, and the iron is skewed at 32º. Combined, these improve the quality of cut without changing the tool’s cutting angle – which is what happens if you skew Gauges & guides. It’s best to make each of these gauges before you start your plane build. In the long run, they save you time and keep you on track. Shaping tools. The tools required to build this plane are few, but a couple of them – the firmer chisel and floats – are modified to fit this design. -
Sawdust Road, Suite 601, the Woodlands 77380
OFFICE CONDO FOR SALE BERKSHIRE HATHAWAY HomeServices Office Condo – The Woodlands, TX Premier Properties COMMERCIAL DIVISION 2219 Sawdust Road, Suite 601, The Woodlands 77380 Beautiful Stone Exterior with Fascia Sign PROPERTY HIGHLIGHTS SALE PRICE: $310,000 Ø Beautiful Professional Office Condo Community Ø Located in the Prestigious Community of The BUILDING SIZE: 1,200 SF Woodlands Ø Office has Private Entrance and Fascia Signage Ø 1,200 SF Includes 3 Offices, Conference Room, Small OFFICES/CONF: 4, 1 Kitchen and Private Bathroom with High End Finishes Ø Tenant-Controlled A/C & Heat & No Indoor Common Areas PROPERTY TYPE: Office/Prof. Services Ø 24-Hour Access with Plenty of Shared Parking Ø Fully Landscaped Exterior maintained by Property CROSS STREETS: Sawdust & Millbend Association. POA Fees are $168.12/mo Ø Furniture is Negotiable RICK STALLINGS We obtained the information above from sources we believe to be reliable. However, we have not verified its 713.503.0808 | [email protected] accuracy and make no guarantee, warranty or representation about it. It is submitted subject to the possibility of 30350 FM 2978, The Woodlands, TX 77354 errors, omissions, change of price, rental or other conditions, prior sale, lease or financing, or withdrawal without notice. We include projections, opinions, assumptions or estimates for example only, and they may not represent current or future performance of the property. You and your tax and legal advisors should conduct your own investigation of the property and transaction. BERKSHIRE HATHAWAY -
United States Patent (19) 11 Patent Number: 5,718,786 Lindquist Et Al
IIIUSOO5718786A United States Patent (19) 11 Patent Number: 5,718,786 Lindquist et al. 45 Date of Patent: Feb. 17, 1998 54 FLATORIENTED STRAND BOARD 4,122,236 10/1978 Holman ..................................... 42.5/81 FBER BOARD COMPOSTE STRUCTURE 4,131,705 12/1978 Kubinsky ...... ... 428/106 AND METHOD OF MAKING THE SAME 4,210,692 7/1980 Bohme et al. .......................... 428/106 (List continued on next page.) 75) Inventors: Craig R. Lindquist, Cordele, Ga.; John T. Clarke; Peter P.S. Chin, both FOREIGN PATENT DOCUMENTS of St. Charles, Ill.; Michael J. 597.587 5/1960 Canada .................................. 428/106 MacDonald, Batavia, Ill.; J. Peter GM 7704 Walsh, Sycamore, Ill. 563 5/1978 Germany. OS 26 58 784 7/1978 Germany ............................... 478/106 73) Assignee: Masonite Corporation. Chicago, Ill. 1116054 6/1968 United Kingdom. 1576140 10/1980 United Kingdom. (21) Appl. No.: 480,439 OTHER PUBLICATIONS 22 Filed: Jun. 7, 1995 Maloney et al., “Modern Particleboard & Dry-Process Related U.S. Application Data Fiberboard Manufacturing." Miller Freeman Publications, pp. 105-107. 60) Division of Ser. No. 052,375, Apr. 23, 1993, Pat. No. Moslemi et al., in Paticleboard, Volume 2: Technology, 5,470,631, which is a continuation-in-part of Ser. No. 670, Southern Illinois University Press, pp. 16-23. 681, Mar. 20, 1991, abandoned, which is a continuation-in Siemplekamp Bulletin, dated Mar. 4, 1988, p. 6. part of Ser. No. 503,573, Apr. 3, 1990, abandoned. (51) Int. Cl. ....................... B27N3/00; B32B 31/04 Primary Examiner-Nasser Ahmad 52 U.S. Cl. ...................... 156/622; 156/62.4; 156/62.8; Attorney; Agent, or Firm-Marshall, O'Toole, Gerstein, 162/100; 162/103; 428/105; 428/106; 428/109; Murray & Borun 428/1.12; 428/212; 428/213; 428/218; 428/219; 57 ABSTRACT 428/220; 428/326 (58) Field of Search ................................ -
Moulding & Millwork Profile Guide
Moulding & Millwork Profile Guide FIRST EDITION Create your own custom look from the best selection! Table of Contents 1 Table of Contents 2 Illustration 3 Case / Base Combinations 4 Case / Base Combinations Your Best Source for 5 Case / Base Combinations 6 Case / Base Combinations 7 Case / Base Combinations 8 Case / Base Combinations 9 Case / Base Combinations 10 Case / Base Combinations 11 Case / Base Combinations 12 Case / Base Combinations ARCHITRAVE 13 Case / Base Combinations Brickmoulds and Cant Strip 14 Panel Moulds, Coves and Quarter, Half & Full Rounds INSIDE 15 Chair Rails, Corners & Squares CORNER 16 Stops & Battens and Handrails 17 Misc. Profiles 18 Crowns 19 Crowns 20 Crowns MANTEL BUILD UP 21 Finish Lumber (S4S) 22 Embossed Pre-Finish and FLUTED Door Jambs MOULDING 23 Build-ups 24 Build-ups 25 Build-ups, Case/Base Combos PANEL MOULD 26 Glossary of Terms CHAIR RAIL BUNDLE COUNT PROFILE 908 BDL 9/16” x 3-1/4” Ultralite 7 PROFILE SIZES PLINTH PROFILE SPECIES BLOCK • Quality • Service 1 • Selection Mouldings, Finish Lumber, & Jambs CROWN BUILD UP OUTSIDE CORNER FLUTED CASING MOULDED CASING CASING BUILD-UP DENTIL CROWN ROSETTE CHAIR RAIL WAINSCOT CAP HANDRAIL LARGE FLUTED MOULDING SHADOW BOX WAINSCOT PANELLING BASE CAP S4S BASE SHOE MOULDED BASEBOARD Note: this illustration is representative only and is an aid in demonstrating some of the many moulding applications possible 2 Profile Guide Case / Base Combinations ALL SIZES NOMINAL 411 BDL 5/8” x 3” VG Fir 10 410 BDL 11/16” x 3” Hemlock 6 11/16” x 2-1/4” Hemlock 8 3/4” x 3” Ultralite -
Finish Carpentry Scope of Work
SCOPE Update: May 23, 2017 ADDENDUM “D” FINISH CARPENTRY SCOPE OF WORK This Exhibit is intended to supplement the TRADE CONTRACT AGREEMENT. In the event that there is a conflict in language or intent, the TRADE CONTRACT AGREEMENT and its terms and conditions shall prevail. The TRADE CONTRACTOR under this Agreement has represented itself as an expert and as such has included in Schedule of Prices, all of the following unless noted otherwise, labor, material, installation, storage, transportation, supervision and all applicable taxes, permits and inspection/re-inspection fees. Construction Drawings, described in the Description of Materials, listed herein or not specifically shown, but reasonably inferable for the completion of the project indicated, shall be included as part of this TRADE CONTRACT AGREEMENT. After the TRADE CONTRACT AGREEMENT has been executed between both parties, it shall be the responsibility of the TRADE CONTRACTOR to review with (and provide a copy to) his field personnel. This shall assure CONTRACTOR and Superintendent the Terms of the TRADE CONTRACT AGREEMENT and particularly the Scope of Work that pertains to the type of Materials and workmanship will be installed as negotiated. GENERAL INFORMATION A. Purpose of this document This document defines both CONTRACTOR and TRADE CONTRACTOR responsibilities in each phase of construction. It is intended as a checklist that will define CONTRACTOR’S standard of quality and professionalism. The TRADE CONTRACTOR’S work will not be considered complete until all specifications herein contained are fully met. B. Relationship to other documents Additional information and/or requirements are defined in: • Option Selection Sheet • Architectural Plans • Shop Drawings (as needed) • Color Selection Sheet, Buyer Contract Addendums and Change Orders • CONTRACTOR’S “Best Practices” • Product Requirements and Recommendations • Addendum “A” Terms of Payment 1. -
Orepac Moulding Guide
OUR HISTORY OrePac is a family-owned and operated business, founded by the Hart family in 1976. Through strong leadership and a commitment to success, the company has grown into one of the premier distributors in the building industry. Trust, integrity and a dedication to excellence are the values most important to OrePac. That commitment can be found in the services we offer, the quality of the products we provide, and the way we treat our employees and customers. This dedication to our markets has enabled us to make a positive impact on the shelter industry and the communities we serve. DOMESTIC SOLUTIONS Located in the heart of Oregon’s Willamette Valley, OrePac Manufacturing (previously known as Dallas Planing Mill, Inc.) has been in operation since 1883. OrePac produces millwork products including Hemlock, Ponderosa Pine, Knotty Alder and many other hardwoods. CUSTOM PRODUCTS With the ability to produce custom patterns through CAD drawings, templates, and knives, we can meet all of your moulding needs in one facility. This makes OrePac Manufacturing a valuable resource to OrePac and its customers. DISTRIBUTION CENTERS Boise, ID Bozeman, MT CORPORATE Denver, CO Wilsonville, OR Ontario, CA MANUFACTURING Phoenix, AZ Dallas, OR Sacramento, CA DISTRIBUTION CENTERS Salt Lake City, UT Spokane, WA Tacoma, WA Wilsonville, OR TABLE OF CONTENTS MOULDING 101 5 Handling of Millwork 6 Common Moulding Applications 8 Species Types PROFILES 10 Base 16 Casing 24 Crown 26 Miscellaneous Moulding images 4640 S are5400 not W to | scale West Valley City, UT 84120 | T: 801-963-7063 | F: 801-964-0517 | www.orepac.comwww.orepac.com 3 4 Moulding images are not to scale HANDLING OF MILLWORK Unfinished Woodwork is Vulnerable! • Apply finish as soon as possible following the manufacturer’s finishing instructions. -
Making Window Sashes
Project PHOTOGRAPHS BY MICHAEL T COLLINS Making window sashes FILLET Michael T Collins enjoys a window SCRIBED OVOLO CROSS OVOLO GLAZING SECTION of opportunity as he makes light of TENON REBATE sash window construction RAIL WEDGE PEG f all the tasks of the joiner, perhaps no other has exacted the STILE Omost skill and afforded the most income than that of the window sash maker. If you have never attempted to make a sash, I highly recommend it, if for no other reason than to test your layout, STILE precision and organisational skills. MUNTIN BAR / In this article I’ll show you how to make GLAZING BAR a small, simple four light sash. Parts of a window sash MORTICE & Diagram 1 shows the basic parts of a TENON window sash. General terms are: muntin bars, glazing bars (UK), muntin (US). ➤ WEDGE PEG RAIL STUB TENON Woodworking Crafts issue 49 37 Project Project produced on the sample, in my case A brief history of the sash the fillet is 9mm. The distance from the There are various planes that can be mortise gauge fence to the nearest pin used to make window sashes. The most should be the total width of the ovolo common are the English sash moulding profile determined from the sample. planes. Plane (b) shows a common This way the intersecting mortise and profile available at the end of the tenon will fall exactly where the fillet is 19th century. between the ovolo and glazing rebate. English methods required at least Now, from the face side, mark the two planes to produce the profile. -
April 2017, Vol
WOODWORKERS Northeastern Woodworkers Association NEWApril 2017, Vol. 26, NumberS 4 April Meeting Fundamentals of Bowl Turning – Rick Angus The purpose of Woodworkers Showcase Thursday, April 13, 2017 7:00 PM is to educate the general Shaker Heritage Society Meetinghouse public to the wonders of Albany-Shaker Road, Albany, NY woodworking in all of its many forms. By Dave Mobley Your woodworking projects Back in his high school days, Rick Angus was highly make this possible. interested in using the lathe, but the school’s only shop teacher didn’t know good turning technique. He had the students use NWA is the only show of its kind in the USA. We are a drawknife to rough out a cylinder to mount on the lathe, and also the biggest woodworking then use the turning tools as scrapers to make crude shapes from show in the USA. the wood. While he did complete a few projects in that shop class, Rick suspected there was a better way. Years later, through What the heck! We are the books and videos, Rick learned proper woodturning technique. BEST woodworking show Soon afterward, he joined NWA, where he found a support team in the USA! for his woodturning journey. In his demonstration, Rick will take us on a short tour of safe Now that I have bragged and efficient turning techniques and styles as applied to bowl about you all, let's get our entry forms filled out, our turning. He’ll focus on the fundamental bevel-supported cut projects ready to go, and using a deep gouge and use of a razor-edged scraper (essentially let's have a great time in a thick card/cabinet scraper on a long handle). -
Strength and Behaviour of Multi-Orientation Fillet Weld Connections
University of Alberta Department of Civil & Environmental Engineering Structural Engineering Report No. 255 STRENGTH AND BEHAVIOUR OF MULTI-ORIENTATION FILLET WELD CONNECTIONS by Logan J. Callele Gilbert Y. Grondin and Robert G. Driver March, 2005 Strength and Behaviour of Multi–Orientation Fillet Weld Connections by Logan J. Callele Gilbert Y. Grondin and Robert G. Driver Structural Engineering Report No. 255 Department of Civil and Environmental Engineering University of Alberta Edmonton, Alberta, Canada February 2005 ABSTRACT The fact that the difference in deformation ductility can be quite large for welds of different orientations could have a significant impact on the behaviour of connections that combine fillet welds of multiple orientations (MOFW connection). Because of the difference in deformation ductility, there is potential for MOFW connections to fail before the full capacity of all of the welds in the connection reach their full capacity. A test series on welded lapped splice connections containing a transverse weld in combination with either longitudinal or 45° welds was conducted to investigate the effect of weld ductility on MOFW connections. The MOFW connection’s capacity is dependent on whether or not the connection will undergo enough deformation in order to mobilize the full capacities of each of the weld segments. The MOFW tests conducted indicate a that a strength lower than the sum of the strengths of the individual weld segments is achieved. A method that incorporates fillet weld load deformation response and addresses the differences in ductilities is presented. This method yields a prediction of any MOFW connection’s capacity. A reliability analysis completed for this method indicates that it results in an acceptable safety index. -
Frame-And-Panel Doors Made Easy
Frame-and-Panel Doors Made Easy Cope-and-stick router bits are quick but tricky. Here’s how to get perfect results BY MICHAEL PEKOVICH Photos, this page: Michael Pekovich; facing page: John Tetreault COPYRIGHT 2007 by The Taunton Press, Inc. Copying and distribution of this article is not permitted. Bit types his past summer, during the remodeling of my kitchen, I was faced with the task of making 31 Tcabinet doors. I needed speed and simplicity, so I broke out my router table and a set of cope-and- stick router bits. These bit combinations allow you to rout door frames quickly, in two steps. The first bit routs a profile and panel groove on the inside edge of all the Doors Made Easy TWO-BIT frame parts. The second bit is a mirror image of the SET first, routing a coped profile and a stub tenon on the ends of the frame rails. What you create is not a traditional mortise-and- tenon joint. But done right, it gives you a cabinet door that’s just as strong. The key is to use a flat panel of plywood Router bits for door or medium-density fiberboard (MDF) that’s glued in place— not a raised panel, which is designed to float. All in all, I was frames are referred to in able to build all 31 doors in the course of a weekend, from woodworking catalogs as “cope and stick” or “rail milling lumber to finish sanding. and stile” bits. Their function is to rout a profile and a panel groove on Different types of cope-and-stick bits are available, with an the inside edge of the frame parts and to cope the ends of the array of profiles from simple thumbnails to more ornate ogees rails to fit that profiled edge.